Voting-machine.



No. 851,582. PATENTED APR. 2s, 1.907. 1 YOE.

VOTING MACHINE.

APPLICATION IIILED NOV. 16. 1905.

7 SHEETSSHEBT l.

- F1gZ- git/K,

'CKMQY No. 851,582. PATENTED APR. 23, 1907. P, YOE.

VOTING MACHINE.

APPLICATION FILED NOV. 16. 1905.

7 SHEETSSHEET 2.

uuenfoz Wihwooeo No. 851,582. PATENTED APR. 23, 1907. P. YOE.

VOTING MACHINE.

APPLIGATION FILED NOV.16, 1905.

7 SHEETS-SHEET 3.

PATENTED APR. 28, 1907.

P. YOE.

VOTING MACHINE.

APPLICATION FILED NOV.16, 1905.

7 SHEBTSSHEET 4.

Suuentoz wvitmzaoea MM .PATENTBD APR. 23, 1907.

P. YOE.

VOTING MACHINE.

APPLICATION FILED NOV. 16. 1905.

7 SHEET$-SHEET 5. -7 .z

UNITED STATES PATENT 1 OFFICE.

"PHILIP YOE, OF'DAYTON, 01110, ASSIGNOR TO E. W. nANLEY, KERIEh FITZPATR-ICK, AND PHILIP YOE.

voTme-mAci-use.

Specification of Letters Patent.

Patented April 23, 1907.

Application filed November 16, 190.5- Serial No. 287,570.

To LLZ whom) it may concern; Be it known that I, PHILIP Yon, a citize ofithe UnitedSta tes, residing at Dayton, in

the county of Montgomery and State *of Ohio,

have invented. certain new and useful Im-j provements in vot'mg Machines; and I do declare the following to be afull; clear, and eX- act descriptionof the invention, such as will enable others skilled in the art to which it appertains'to make and use the same, reference eing had tothe accom anying drawings, and to the letters and figures of reference marked thereon, which form a-part of this.

specification.

. This invention relates to improvements in voting-machines, and relates specifically to means whereby the independent vote 'is recorded. s The object of my invention is to construct the independent voting mechanism without springs or screws, and every movable part being positively actuated, and so arranged that they may be readily assembled.

In the drawings, which-formpart of this specification, I have shown parts of my ma chine other than that of the independent Voting mechan sm; these parts will be briefly described.

In a detail description of the invention, ref erence is made .to the' accompanying drawin s, of whi ch igure 1, is a front view of my machine. Fig; 2, is a portion of a rear view of my machine. 3, is a section on the line'm-sc of'Fig. 1f Fig. 4-, is a section on the line y y of Fig. 1, Fig. 5, is a section on the line yy of Fig. 1 in a difierent positionthan that shown in 131g. 1. I Fig. 6, is a side elevation'of .my machine. Fi 7, is a side elevation of mymachine in'a d'fl'erent position than that shown in Fig. 6.. Fig. 8, is a detail of the independent setting key. Fig. 9, is a detail of the individual-setting key counters. Figs.

- 10 and 11, details of theinterlocking bar actuating frame. 'Fig. 12, is a detail of one of the interlocking members. Fig. 13, is a detail of the split bearing. Fig. 14, is a detail of one of the interlocking members for different denomination voting. Fig. 15, is a detail View of the plate on which the'names of the candidates are exhibited. Fig. 16, is a 3 detail of the setting key and. actuating frame.

, Fig. 17, is a detail ofthe setting key and counter actuator.

In a detail description of the invention, similar reference characters indicate corre sponding parts.

Referring to Fig. 1 on Sheet 1, and Fig. 2, Sheet 2, 1 and 2 respectively, designate the side frames between which are mounted division plates 3; division plates 3 are supported by cross bars 4 which have their bearings in the side frames 1 and 2. Said division plates 8 and cross bars 4. form a multiplicity of divisions between which the counters 22 on shaft 21 aremounted, as shown in Fig. 9, Sheet 6. The cross bars 4 are attached, to the division lates 3 by staples 5 and rods 6 as shown in bars 4., said rods pass through holes in the plates 3. The staples 5 hold the rod 6 lirmly against the cross bars 4, thereby forming a rigid connection between the cross bars 4 and the division plates 3, and the parts therefor easily assembled. The division plates 3 are further supportedby the rod 103 at the top of the machine-see Fig. 13, Sheet 5.

Interlock ngmcchan-ism: Extending through the machine and mounted in the side frames 1 and 2 and the division plates 3, are channel shafts 7 upon which aremounted the settin keys 8. Extending from these keys 8 an projecting through curved slots 9 in the division plates 3., are lugs 10 which en gage the actuating frames 11, said frames being fulcrumed. on rods 12 that extend through the-division plates When the setting key 8 is in its normal position or is not set, the lug 1O lies within the cam slot 12 of the frame 11, but upon said kcy S being moved .to its set position or depressed, the lug-1O rides out of the cam slot 12 upon the radial surface 13 of the frame 11, see Fig. 16, Sheet 7. hen the lug 10 is within the cam sl0t 12 of the frame 11 and the said frame is locked means hereinafter described. the key 8 is also looked. of the frames 11 is anarm 14 which has connected thereto interlocking rods 15 which actuate interlocking members 87 shown and described in my Letters Patent No. 7 94,914, of July 18, 1905. A single candidate interlocking mechanism is shown in Fig. 2, Sheet ,1 2; Fig. 12, Sheet 4; Fig. 3, Sheet 3, and Fig. 14, Sheet 7, and briefly described is as follows: 5 Below each vertical series of actuating 5 frames 11 and independent actuating frame ig. 16, Sheet 7 the plates 3 rest in slots in the Extending from each IOO ed to said rods 15. Each of the single candi-.

date abutment frames 109 contain eight in terlocking members 87, seven of these are connected to the actuating frames 11 and one to independent actuating frame 60. The interlocking members 87 each have an enlargement 11.0 lying on opposite side of rollers 111. I space allotted betweenthe abutments of the abutment frame 109, only one member 87 can be raised. at a time. 'I he shaft 112 rotains members 87 in their mounted positions.

To comply with the election laws of the State of Illinois, I have constructed the following different denomination interlocking mechanism: Referring to the mechanism illustrated inFig. 14, Sheet 7, a single ballot may be cast for each of three candidates, or one and one-half for each two candidates, or three ballots for one candidate. It will be noted that the enlargements on the interlocking members 87 in this group are of different dimensions, towitseven being one sixteenth of an inch, seven three-thirty seconds of an inch, and ten three-sixteenth of an inch. The space 113 permits the setting of only the permissible or predetermined umlr-cr of keys 8 and 58. Arranged in a horizontal line, the name of John Doe will. ap-

- pear in three separate spaces under their corand will only allow two of the medium sized respondingsetting keys Upon the ballot board one of the setting keysS will stand for one-vote, the next fora vote and a half, and the third and final one for three votes, all the other candidates .Will appear in the same manner on the ballot-board. Assuming that one of the enlargements 17 of the greatest dimension is actuated which counts for three votes, the entire mterlockinganechanism of the groupwill be locked,- and no other key can be set. It will'be apparent thatthe space 118 which is threesixteenth of an inch wide, is sul'licient to allow three of the smallest enlargements 17 to be operated,

enlargements 17 It will be observed that the enlargements 17 of the three independentrinterlocking members are of the same di .mensions as 17* of the denomination interlocking members. It will be understood that only one ticket orifice 57 will be opened for the entire group- The voter will write the name or names and their values u )on his card before castingit.

It will be understood that the interlocking mechanism shown in Fig. 3, Sheet 3, and Fig. 12, Sheet 4, may be removed from the ma chine, and the mechanism showing Fig. 14,

Sheet 7, substituted The mechanism shown Owing to thelrlimited amount of in Fig. 14, is adapted to displace three of those shown in Fig.12.

Independent noting mechanism: Extending across the lower portion of the machine is a dependent actuating frame 60 as follows:

l V hen the independent setting keys 58 are in their normal positions as shown in Fig. 3, Sheet 3, the projection. 61 ofthe independent actuating frame 60 lies within the notch 62 formed by the projection 63'and theradial portion 64 of the keys 58. When a key 58 is raised to the position shown in Fig. 8, Sheet 6, the projection 61 on the frame 60 elevates the outer end 66 of said frame- 60, thereby actuating the interlocking mechanism, shown in Fig. 12, Sheet 4. The radial portion 64 of key 58 forms a simple and positive lock for the frame 60 and interlocking members 87 when actuated. It will be understood that about one-sixth of the movement of the key 58'is utilized. in actuating the frame 60 and members 87; the remainder of the movement of the key is idle. This excess of movement is necessary to allow the depositing of a card in to an orifice and under no circumstance Willit allow a card to be deposited until its cooperating. interlocking mechanism is secur ably locked. The weightofthe independent actuating frame 60, the interlocking rod 15 and interlocking member 87 will hold the indeendent setting key 58 in its elevated position y pressingagainst the radial portion. 64 of the key 58. In returning 'the key 58 to normal positiomthe projection 63 enga es the frame 6 0 and positively returns said ame 60, interlocking rod 15 and interlocking member 87 to their normal positions. The independent setting keys 58 are returned to their normal positions by a channel shaft 67. Mounted uponsaid channel shaft 67 is a slotted actuator 68, see Figs. 4 and 5, Sheet 4. This slotted actuator is engaged by a pin 69 on the projection 70 of the frame 43, and when the name. 43 operated by means hereinafter described, the channel shaft (57 is rocked, and the channel portion of said shaft engages the. h1g7 1 of those keys 0% that have been set in an orifice-opening position as shown in Fig. 8, Sheet 6, thereby resetting the keys 58 to their normal position. "When the frame 43 is in thep'osition shown in Fig. 4, the chamiel-portion of the shaft 67 engages all of the lugs 71 of the keys 58 and holds them in their orifice-closing position. In this position,

. in position by rod 7 6, sli'dingly mounted in rings .77 on bar 56.. Immediately below the orifices 57 is. a stop plate 78 mounted on the oscillating cross bar 79, said bar 79'being pivoted at 80 on the frames 1 and 2. This bar 7 9 is given an oscillating motion to allow the cards to be injected into the receivers 73 by the independent setting keys 58 when the op crating lever 34 is raised by the voter before he leaves the machine by the following mech- I anism: Mountedon the main actuating shaft 33 is a cam 81 Which engages lugs 82 on the arm 83 on the bar 79. When said shaft 33 is oscillated, the bar 79 recedes from the cross frame 56 and'therebyallows any card that may be in the orifices, 57 to be injected into the cardreceive'rs 73 by key 58. A card can- 1 not be inserted in the orifices 57 when a key 58 is locked or is in its normal position. VVhen-a key 58 is in a position shown in Fig. 8,

a card being deposited in the orifice, it will be observed that the. key 58 cannot be fully returnedowing to its coming in contact with the card, therefore, the interlocking mechanisnr shown in Fig. 12, cannot be unlocked, nor

can anyone of the setting keys 8 be actuated of this series. The finger recesses 57 in cross frame 56 forms a convenient means whereby a voter may extract the card from the orifice and change his vote. The cams 44 and 81 are mounted on "asleeve 84 keyed to the main operating shaft 33 by pin 85see Fig. 2, Sheet 2. The said sleeve 84 is held in contact with this pin 85 by the arm 86 which is mounted in the framework. The cardreceivers may be constructed in the form of a single drawer with partitions therein, without departing from the spirit of my invention'.

Rotating interlocking members 87 as shown in Fig. 3,

Sheet 3, is a rotating lockingbar 88 having threera'dial vanesor arms. (This locking bar is the 'subjectqnatter of another application for Letters Patent and will bebriefiy described herein.) ment from the main operating shaft I 33 through the frame 90 mounted on the right hancl side of the frame 2,-see- Figs. 10 and 11,

Sheet 6. I The frame 90 receives ascending movement from the cam 88 striking the crossbar 114 and descending movement-by the pin 115 striking the rojection 116.

Mounted upon the end of 't i e interlocking b'ar'88is a star wheel having arms'91. Upon the ascension of frame 90, the projection 11 6 strikes the right hand arm 91 and rotates the locking bar." Mounted above the This bar receives move-- locking bar 88 from the position shown in full lines in Fig. 3, Sheet 3, to that shown in dotted lines, thereby locking the machine, and upon the descension ofsaid frame, the pin 117 strikes the left hand arm 91 thereby rotating the locking bar 88 from that shown indotted lines in Fig. 3, to that shown in full lines. The pins 117 and 118 which are on the frame 90, lock the star wheel-in the position shown in Fig. 10, Sheet 6, and when. said frame 90 is in its upward position, the star wheel is locked by two of its arms 91 engaging the projection 116. The movement imparted to the rotating locking bar 88 by the frameQO is substantially as that imparted to the rotating actuating Slifl-fLS 16 by the frame 28 on the left side of the machine hereinafter described. Thus it will be clearly understood that when the operating lever 34 is raised to the position shown in Figs. 1 and 7, the rotating locking bar 88 will look all of the interlocking members 87 and their cooperating keys 8 and 58, and by lowering the operating lever 34 the rotating locking bar 88 is advanced and the keys 8 and 58 are unlocked.

Individual voting mechanism:- Extending through the machine and through side frames 1. and 2 and the division plates 3, are rotating shafts 16 upon which arelmounted counteractuators 17. These countenactuators 17 are held in place on shaft 16 by spaces 18. Upon one side of the counter actuators are lugs 19, Fig. 2, Sheet 2, and Fig. 17,Sheet 7, which engage projection 20 on setting keys 8 when any one of said keys 8 is thrown in a voting position and the counter actuator is revolved ;by means hereinafter described. Mounted between the division plates 3 on rods or shafts 21 areun t counting wheels 22 having ten teeth 23see Fig. 9, Sheet 6. hen the setting key 8 is depressed or-set in a voting position, it is positively stopped by the teeth 23 being engaged by the cam surface 24 on said key, .and upon the counter actuators 17 being revolved and the lugs 19 engage the ends 20 of the setting key 8; the cam surface 24 depresses one of the teeth 23,

revolves the unit wheel 22 to a certain extent, thereby forcing one of the teeth 23 into one of the recesses 25 of the counter actuators 17 The said counter actuators being further revolved and thelugs 19 riding past the ends 20, the recess 25 carries one of the teeth 23 a sufficientdistance for the unit wheel of the counters to make one-tenth of a revolution. As two of the teeth 23, of the unit wheel 22-, engage the peripheries of the counter actuators 17, the unit wheel is locked except only when one of the .teeth 23 enters thenotch 25. The counter-actuators 17 are made to revolve one-third of a revolution at each registration. wheel to tens wheel, and from tens to a hundreds wheel, I employ. v any well known In transferring from unit recesses between the teeth 23 of the unit 6, shows the position of-the lever 34 when the that in whatever position the setting key 8 '1 and having bearings thereon is a recipromeans. It will be seen that if the setting l key 8 is not set, the end .20 will not be thrown in the path of the lugs 19 and the counter acl tuators 17, and as a consequence, the counters will not be actuateth To prevent the setting keys 8 from being depressed while the counter actuators 17 are revolving, I provide upon said counter actuators, a plurality of ribs 26see Fig. 9. Sheet 6. Mounted upon each of said actuating frames 11, is a projection 27 which passes under the ribs 26 when a setting key is depressed. I f a counter ac,- tuator is then revolved, one of the ribs 26 thereon passes in the path of the projection 27, and similarly when the setting key 8 is not depressed, the said rib 26 will pass in the path of the projection 27. It 'will be seen is placed, at the beginning of a part revolution of the counter actuator 17, it must so remain until said counter actuator has finished its movement; Mounted upon each of 4 the setting keys 8 is a lug 8 which enters the counters 22. As the setting keys are locked by means of the ribs 26 and the projection 27 as before described, it will be clearly understood that the counters of all unset keys are locked. v

Mechanism which imparts movement to the rotating shaft 16 upon which the counter actuators 17 are mo'unted'is described as follows: Mounted upon the outside of the frame eating-actuating frame 28 shown in Fig. 2. Sheet 2, and Figs. 6 and 7, Sheet 12. This actuating frame is held in close contact with the side frame 1 by guides 29-30 and 31. The said reciprocating actuating frame 28 receives reciprocating motion from a cam 32 on the main actuating shaft 33 which has hearings in the side frames 1 and 2., The shaft 33 supports an operating lever 34 by which said shaft is actuated by the voter upon entering and leaving the booth. Fig.

voter is within the booth, and Fig. ,7, the position of said lever when the booth is empty. Mounted upon. the ends of said shaft 16 are star wheels having three prongs 35 which engage projections 39 and 42 on the actuating frame 26 to rotate the shafts as follows: When the operating lever 34 is raised from the position shown in Fig. 6, to that shown in Fig. 7, the cam surface of the cam 32 rides on the lower surface 38 of the frame 28 thereby raising the same. During this movement, projections 39 on the frame-23, strike the ri ht hand spur or prong 35 of the star w eels, and thereby cause the star Wheelsihgaged to rotate until they reach the position shown in Fig. 7. It will be understood that in this position, there are two of the prongs in contact with the projections 39; this forms a lock for the star wheels cr-fer, the

shafts 16 through the star wheels, whereby it is impossible for said shafts to rotate from any other cause than that given it by the frame When the operating lever 34 is lowered. which occurs when the voter enters the booth, the frame 28 descends as the pin 40 engages the projection 41. on said frame. The pin 40 is on the inner face of the cam 32. in this movement, the pins 42 on the frame 28 strike .the adjacent prongs 35 of the star wheels and thereby causes said wheels and the shafts 16 to rotate. The movement given said star wheels when the frame 28 is descending-is not as great as that given said wheels when the frame is ascending. The reason for this is that the counters are actuated when said frame 28 ascends or when the voter leaves the booth, and owing to the spacing of the various elements on the counter-actuators 17, the said actuators work idly during the slight movement given the shafts 1'6 and the star wheels during the descending movement of the frame 28. This slight movement of the star wheels is necessary to brings the prongs 35 to their original position to be engaged by the projections 39.

Ashereinbefore stated, the setting keys 3 are mounted upon channel shafts 7. These shafts are instrumental in returning said keys to their normal or out of voting position. The means for actuating said shafts are as follows: Referring to Fig. 2, Sheet 2, Fig. 4, Sheet 4, and Fig. 5, Sheet 4, mounted upon the inner side of the end frame 1, is a keyresetting frame 43 which is given movement by a cam 44 on the main actuating shaft 33, alternately engaging projections 45 and 46 on said frame 43. Mounted upon the frame 43 are pins 47 whichenga-ge slotted actuators 48 on the channel. shafts 7. Upon the upward movement of the frame 43, said pins 47 engage the upper arm of the slotted actuators 48, thereby rocking the shafts 7.

It will be noted from Fig. 4, Sheet 4, that owing to the construction of the upper arm of the slotted actuators 48, the pins 47 will ride past said arm, this excess of movement is necessary as the frame 43 also resets the straight ticket setting keys in which a larger movement is required than is required of the individual setting keys, and such excess of movement is utilized to lock the keys 8 as follows: Referring to Fig. 9, Sheet 6, Fig. 17, Sheet 7, and Fig. 3, Sheet 3, 49 designates a lug on the setting keys 8 engaged by the slotted or channeledportion 49 of the channel shafts 7. Upon s'aid'chain' nel shafts being rocked, the keys 8 are carried back to their normal position. When the shifts 7 are in the position shown in Fig. 4, Sheet 4, the channeled portions of said shafts engage the lugs 49, thereby locking the keys in a normal position. In the construction of the machine, I place all the candidate keys for one party in a horizontal These keys '51 project through the front;-

I o casing 52 and are' accessible to the voter.

line, andLthe. means I employ for voting a. straight ticket will now be described. Mounted in the side frames.l and2, and extending thro'ugh'the division plates 3, are

channel, shafts 50. At the left side of-thefl machine and slid upon said channel shafts 50 .are straight-ticket settingkeys 51see Fig. 1, Sheet 1, and -Figs. ,4 and 5, Sheet 4.

-. In voting" a straight. ticket, the key 551 is thrown-outward;- this' movement of said key oscillates the channel shaft .50. The

channeled portion of said shaft engages the setting key 8 at a poin't'53, thereby tilting the .key from a normal osition to'a voting position. As all theiind ividual setting ke'ys ofvone party are engaged by the straightticket channel shafts 50 of that party, all the 2o voting position, when the straight ticket key setting keys of that-party will be thrown in a of that party is set. I Inorder to return the straight ticket key'5 1 to its normal position, provide upon the keyresetting frame 43, pins 5.4 which engage projections55 (if the straight ticket key when the frame 43 ascends' e Referring. to Fig.' 1-3, Sheet ;5, 1 02 designates a plate. which forms a split bearing for the rotating counter actuating shafts "16. Asthe counter actuators 17 formlocks for the unit counters 22', it is necessa to provide 'a yielding bearingL-for the s afts 16,

[when the 'counters'are set to zero. The

'35 5 machine on the rod 103/, said rodextending bearing plate 102 is pivoted at the top of the throughthe division plates- 3. At thebottom of said plates 102 is a rod 103 which locks all of said lates inthe position shown in-Fig. 13. This'rod .103 has notches 104,-

which allow ,the' ends 105 --of the plates .102 'tobe thrown into a position to be locked simultaneously. These plates. 102 have lateral projections 106 which fit into notches 107 in the divisionipl'ates 3. .The projections 106 and the notches- 107 form. rigid bearings for the counteractuating shafts-16, when the la'tes 10 2 are locked in position by rod 103.

' n settin the eounters'to zero, the plates 102 are unloc edby the rod 103 and thrown outward, thus allowing a yielding movement to the counter-actuators 1 7 when the counters 22 are rotated tobe' set to Zero. Mounted in the front of each counter 'between the division lates 3, are plates which are.de-

.tacha ly fastened by wires 96, -.see Fig. 3,.

Sheet 3; these plates 95 .have projections 97, the edgesof which are in close proximity to the counting Wheels and form a line. by which the counters may be easily read.

"Lying across the machine between the plates 95 is a plate 98 upon which names of candidates are placed. These plates 98 have hooks 99 that engage 0 enings in the division plates 3, see Fig. 15, Si;

eet 7. The plates 98 and the front casing52 form the ballot 'board of'the machine.

The said plates 98 may. be remo ved. to view'the counters by unlocking the banlOO, shown in Fig. 1, and v giving said plates a-movementto-the; left thereby disengaging them from thexdivislon plates 3. "Thebar 100 also looks the rod'7.6

of thecard'receivers. Afterbeingunlocked,

the bar'100-allows therod 76 to befremoved thereby allowing a removal of thejc'ard receivers.

' "113: shown in Fig. 2,.Sheet 2, designates a door which locks all of theoscillating shafts and rods upon which the various-mech.anisms are mounted. This door 113 may-be hinged'or mou'nted to slide as shownin the drawings. In Fig. 2, 114- designates the grooves in which said door slides. There are two'of such doors and they provide outer ,inclosures of the ends of the shafts and rods on two sides of the machine.

I haveomitted any illustration or descr1Ip tion of the means for compelling a full stro of the operating lever for the reason that it is not essential; and it forms sub1ectmatter of a separate application.

Having described the structural features and the various movements thereof, I will now briefly describe an operatlon. operating lever 34 is in its normal or elevated The whose name does not appearon the allot-.

board, he writes the name'upon the card furnished by the election oflicials, and raises one of the inde endent setting keys 58, de

posits said car into the orifice of said key 58f Iflthe voter desires7to change this vote,

he merely withdraws the deposited card and lowers the key 58 to normal position. 'Be-' fore leaving the proximity of the ballo t-board, the voter raises the o erati'ng, lever to its tively linjected into its receiver by the indeendent setting key 58, and all of the various keys 8 and 58 are returned to' normal and locked and remain locked until the next voter lowers the operating lever 34 into the position shown in l! ig. 6.

The setting key and actuating frame mech res limit, thereby the setting keys 8 are regis- 'tered on the counters, and the Eard is poslanism is more fully illustrated and described in Letters Patent issued to myself Feb. 16,

1904, No. 752,276. The register ng mechanism as shown and described forms the subject-matter of a pending application Serial No.' 274,358. The exclusion mechanism (not shown) is the subject-matter of a pending application, Serial No. 264,084.

The booth or inclosure device (not shown) is illustrated and described in Letters Patent issued to myself May 9th, 1905, No. 789,348.

I am aware that it is old in the art to force a card or ticket holder between the 10 stops of aninterlocking mechanism and occupying the allotted spare space, thus ireventing the operation of the :eys, there ore, I do not claim such a construction.

Having described my invention I claim: 1. In a voting machine, the combination with a frame-work containing a plurality of card orifices, and card receivers below said orifices, of a series of independent-vote keys, movable into orifice-closing positions, said keys when moved to said orifice-closing positions injecting the cards in said orifices into the receivers.

2. In a voting machine, the combination with a frame-work .containing a series of 2 5 card orifices, and a series of card receivers below said orifices, of a movable cross bar controlling the entrances to said card receivers, and a series of independent-vote keys, said keys being adapted to engage the cards in said orifices and to inject said cards into said receivers, said keys and said cross bar being movable simultaneously to open the entrances to the card receivers and to inject cards into said receivers. 3. In a voting machine, the combinatio with a framework containing a series of card orifices, and a; series of card receivers below said orifices, of a series of independent vote keys, means .for moving said keys into 4 said card orifices to thereby inject the cards into the receivers, a movable cross bar interposed between said orifices and said card receivers, and -means for simultaneously moving said cross bar away from the entrances to the card receivers and for moving said keys into the card orifices.

4. In a voting machine, the combination with a suitable supporting frame, of an oscillating operating lever, a series of independent vote-keys, a frame-work extending below and across said keys, said frame-work containing a plurality of card orifices, one of said orifices for each key, card receivers, one

for each key, and said key when moved 5 5 engage the cards and inject them into the receivers, a movable cross bar adapted to open and close the entrances to said card receivers, means to actuate said cross-bar, means to re turn the operating keys to their normal posioo tions by the initial stroke of the operating lever, and means to lock the independent vote keys in their normal positions'until the I operating lever has reached the hmit of its 5 movement in the reverse direction. j 5. Ina voting machine, the combination j l l l l l i l with a suitable supporting frame, of a cross frame having a series of card orifices, a ca rd receiver for each orifice, a series of imlepcndent vote keys adapted to be moved into and out of orifice closing positions, ,an oscillating operating lever, connecting mechanism between said kcys and said operating lever, and means to lock said keys in their (n-ifice-clos' ing positions during the initial stroke of the operating lever and to unlock them at the limit of the stroke of the operating lever in the reverse direction.

6. in a voting machine, the combination with a suitable supporting frame, of an oscillating shaft having a longitudinal channel therein, a series of independent vote keys having resetting projections thereon and mounted .on said shaft, a cross frame containing a series of card orifices, an operating lever, and connecting mechanism between said oscillating shaft and said operating lever.

7. In a. voting machine, the combination with. a series of independent-vote keys having resetting projections thereon, an oscillating shaft having a longitudinal channel therein and upon which said keys are mounted, a resetting frame, and an'operating lever.

17. In a voting machine, the combination with a series of ind ependent-vote keys, of a series of independeiitactuating frames, ad apted to be actuated by said keys, interlocking mechanism permitting the o )eration of one key at a time and actuated by said independent actuating frames, aframe-work having a series of card orifices into which said keys are movable, and a series of card receivers below said orifices and to which the cards are injected by the keys from said orifices.

9.In a voting machine, the combination with an oscillating shaft, a series of inde pendent setting keys mounted on said shaft, an actuator slid on said shaft but prevented from rotating, and-a door to prevent said shaft from shifting. I

10. In a voting machine, the combination with a rotating counter actuator, of a setting rIo key actuated thereby, a counter actuated by said setting key and said counter actuator, a frame having a plurality of ticket orifices, an. irregular-vote key mounted above each ticket orifice and adapted to simultaneously closek said orifices and eject a ticket therefrom, a movable cross bar at the eXit of said orifice and adapted to receive from all of said ticket.

orifices when the tickets are ejected therefrom, and an operating lever to actuate said rotating counter actuator, said irregular vote keys, and said cross bar.

1]. In a voting machine, the combination with a rotating counter-actuator, of a regularvote setting key actuated thereby, a counter actuated by said regular vote setting key and said actuator, a reciprocating frame to actu- 1 ate said rotating counter actuator, an irregular vote setting'key, a frame for resetting said regular and irregularevote setting keys-simultaneously, a frame having a card orifice into which the irregular-vote key is movable to eject cards from said orifice, a card re eiv'er below said card orifice cross bar arranged between said card orifice and receiver, and means for actuating the reciprocating frame, the resetting frame, and the cross bar.

12. 'In a voting machine, a series of setting keys, an irregular vote key, interlocking mechanism to prevent the operation of more than one of said setting keys or the irregular vote key, a frame-Work having card orifices, a series of card receivers below said orifices to receive the cards ejected from said orifices by said irregular vote key,

a movable cross bar interposed between the a, movable 7 card orifices and the receivers, and means for actuating said cross bar in and out of the paths of the cards.

13. In a voting machine, the combination with the frame-Work thereof, of aseries of independent vote keys pivoted to said frame- Work, a cross frame containing a series of card orifices arran ed below said independent vote keys, card receivers, means on said independent vote keys for positively injecting cards into said card receivers, and an operating lever and connecting mechanism.

itdapte'd to actuate said independent vote :evs.

In testimony whereof I al'lix my signature, in presence of two Witnesses.

' I PHILIP YOE. Witnesses:

R. J. MOCARTY, CAROLYN M. Timon/um. 

